GaN Systems Inside Razer's Flagship Gaming Laptop

GaN Charger Brings Breakthrough Performance And Innovation to the Laptop Gaming Market

Key Takeaways

  • GaN Systems announced that the 280W AC charger paired with the new Razer™ Blade 17 gaming laptop features GaN Systems high-quality transistors
  • The new 280W charger included with the Blade 17 is smaller than Razer's previous 230W charger, delivers more than 20% more output power, and is up to 50% smaller than legacy 280W gaming charger
  • The charger uses two GaN Systems' GS-065-030-2-L GaN transistors

OTTAWA, Canada – September 8, 2022 – GaN Systems, the global leader in GaN power semiconductors, announced today that the 280W AC charger paired with the new blistering fast Razer™ Blade 17 gaming laptop features GaN Systems high-quality transistors – delivering more power on the go for millions of hardcore gamers, cutting-edge creators and anyone who wants a stylish and well-refined machine.

Gaming computers continue to increase in sophistication, performance, and elegance. Razer, the world's leading gaming lifestyle brand, has successfully built its brand by integrating cutting-edge technology into eye-catching, premium designs. The Blade 17 is more powerful than ever, made with a powerful processor to run performance-demanding AAA games on the go. The laptop is nearly 25% smaller than its predecessor, with a faster 17.3" display that is fitted into a body as sleek and compact as a 15" laptop.

Using GaN Systems' transistors, Razer delivers a charger with unparalleled performance in a stylish compact design. The new 280W charger included with the Blade 17 is smaller than Razer's previous 230W charger, delivers more than 20% more output power, and is up to 50% smaller than legacy 280W gaming chargers. With GaN Systems, this new 280W charger makes the Blade 17 more portable than ever. 

Razer designers leveraged the benefits of GaN Systems' power transistors to make the charger smaller, lighter, more powerful, and environmentally friendly. The charger uses two GaN Systems' GS-065-030-2-L GaN transistors. Each enclosed in a small, thermally efficient 8×8 mm PDFN package, the transistors can be switched at high frequency for maximum efficiency and power density. This combination of performance and cost-effectiveness makes it ideal for consumer electronics applications.

The high-frequency switching of GaN enables the use of smaller components like capacitors, inductors, and transformers. Shrinking the components and the charger's body reduces the use of rare earth elements and plastics – aiding in Razer's and other consumer electronics companies' efforts for a more sustainable future.

"As gaming laptops become more powerful and efficient, as well as thinner and sleeker, consumers want chargers that match the same profile," said Jim Witham, CEO of GaN Systems. "We are delighted that Razer and other leading consumer electronics companies have selected GaN Systems' power semiconductors for their newest products to meet increasing performance levels like Razer's Blade 17."

Refer to the teardown report for more information about the Razor 280W AC charger. For details about GaN Systems' charger news and reference designs, visit GaN Systems' website or contact us for details.


About GaN Systems
GaN Systems is the global leader in GaN power semiconductors with the most extensive transistors portfolio that uniquely addresses the needs of today's most demanding industries, including consumer electronics, data center servers, power supplies, renewable energy systems, industrial motors, and automotive electronics. As an industry-leading innovator, GaN Systems makes it possible to design smaller, lower-cost, more efficient power systems. The company's award-winning products provide system design opportunities free from the limitations of yesterday's silicon. By changing the transistor performance rules, GaN Systems enables power conversion companies to revolutionize their industries and transform the world.  
 
For more information, please visit: www.gansystems.com or on Facebook, Twitter and LinkedIn and scan this QR code for our WeChat.

Key Takeaways

  • GaN Systems announced that the 280W AC charger paired with the new Razer™ Blade 17 gaming laptop features GaN Systems high-quality transistors
  • The new 280W charger included with the Blade 17 is smaller than Razer's previous 230W charger, delivers more than 20% more output power, and is up to 50% smaller than legacy 280W gaming charger
  • The charger uses two GaN Systems' GS-065-030-2-L GaN transistors

Quotes

“
As gaming laptops become more powerful and efficient, as well as thinner and sleeker, consumers want chargers that match the same profile. We are d...
Jim Witham — GaN Systems CEO

Related Bios

Jim Witham
GaN Systems CEO
Jim Witham currently serves as CEO of GaN Systems. He has more than 30 years of experience in the power electronics industry, including executive and management roles at Tyco Electronics, Aegis Semiconductor, Fultec Semiconductor, and Neoconix. He has demonstrated a strong track record of achieving company and market growth with an unrelenting vision in bringing the newest electronics technology to market.

Under his leadership, GaN Systems has become the global leader in GaN (gallium nitride) power semiconductors with offices in North America, Europe, and Asia serving more than 2,000 customers worldwide. Prior to GaN Systems, he was CEO of Neoconix where he successfully implemented strategic changes which increased Neoconix revenue, resulting in the company’s acquisition by Unimicron Technology in 2014.

Jim also served as CEO of Fultec Semiconductor (now Bourns), leading the manufacture of circuit protection devices using high voltage silicon, silicon carbide, and GaN transistors. Jim has held VP Sales & Marketing roles at both Aegis Semiconductor (now II-VI) and Genoa (now Finisar). He was also the General Manager of the Tyco Electronics – Raychem Interconnect Division and the Japan-based Director of Asia Sales & Marketing for Raychem’s Circuit Protection Division.

Previously, Jim held the unique position of Engineering Specialist for General Dynamics’ Space System Division, where he designed fluid systems for the Space Shuttle and was on Mission Control for interplanetary missions. He holds an MBA from Harvard and both MS and BS with distinction in Mechanical Engineering from Stanford.
View Full Bio>>

Contacts

Katherine Waite
katherine@triercompany.com
PR for GaN Systems